Pascal's Triangle Crossword

Mots Croisés

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Explore key concepts of Pascal's triangle

Créé par

Ian Fernandez

United States

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Mots Croisés Pascal's Triangle CrosswordVersion en ligne Explore key concepts of Pascal's triangle par Ian Fernandez 1 Three-sided geometric figure. 2 Three-sided geometric figure. 3 French mathematician who studied probability. 4 Line of numbers in a grid. 5 Two-term expression; coefficients appear in expansions. 6 Numbers showing multipliers in expansion. 7 process of writing the power of a binomial as a sum. 8 Combination count formula. 9 Mirror-like similarity on opposite sides of the row. 10 Outer values at each end. 11 Value at the ends of each row in the triangle. 12 Value representing nothing. 13 Central position in a row. 14 Line running from corner to corner. 3 14 6 10 9 11 12 13 2 1 8 4 5 1 Three-sided geometric figure. 2 French mathematician who studied probability. 3 Line of numbers in a grid. 4 Two-term expression; coefficients appear in expansions. 5 Numbers showing multipliers in expansion. 6 process of writing the power of a binomial as a sum. 7 Combination count formula. 8 Mirror-like similarity on opposite sides of the row. 9 Outer values at each end. 10 Value at the ends of each row in the triangle. 11 Value representing nothing. 12 Central position in a row. 13 Line running from corner to corner. 5 8 2 13 1 9 11 12 4 7 3 10 1 Three-sided geometric figure. 2 French mathematician who studied probability. 3 Line of numbers in a grid. 4 Two-term expression; coefficients appear in expansions. 5 Numbers showing multipliers in expansion. 6 process of writing the power of a binomial as a sum. 7 Combination count formula. 8 Mirror-like similarity on opposite sides of the row. 9 Outer values at each end. 10 Value at the ends of each row in the triangle. 11 Value representing nothing. 12 Central position in a row. 13 Line running from corner to corner. 5 8 2 13 1 9 11 12 4 7 3 10

Mots Croisés

Pascal's Triangle CrosswordVersion en ligne

Explore key concepts of Pascal's triangle

par Ian Fernandez

Three-sided geometric figure.

French mathematician who studied probability.

Line of numbers in a grid.

Two-term expression; coefficients appear in expansions.

Numbers showing multipliers in expansion.

process of writing the power of a binomial as a sum.

Combination count formula.

Mirror-like similarity on opposite sides of the row.

Outer values at each end.

Value at the ends of each row in the triangle.

Value representing nothing.

Central position in a row.

Line running from corner to corner.

Three-sided geometric figure.

French mathematician who studied probability.

Line of numbers in a grid.

Two-term expression; coefficients appear in expansions.

Numbers showing multipliers in expansion.

process of writing the power of a binomial as a sum.

Combination count formula.

Mirror-like similarity on opposite sides of the row.

Outer values at each end.

Value at the ends of each row in the triangle.

Value representing nothing.

Central position in a row.

Line running from corner to corner.

Three-sided geometric figure.

French mathematician who studied probability.

Line of numbers in a grid.

Two-term expression; coefficients appear in expansions.

Numbers showing multipliers in expansion.

process of writing the power of a binomial as a sum.

Combination count formula.

Mirror-like similarity on opposite sides of the row.

Outer values at each end.

Value at the ends of each row in the triangle.

Value representing nothing.

Central position in a row.

Line running from corner to corner.

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Pascal's Triangle Crossword

Mots Croisés

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Pascal's Triangle CrosswordVersion en ligne

par Ian Fernandez

Three-sided geometric figure.

Three-sided geometric figure.

French mathematician who studied probability.

Line of numbers in a grid.

Two-term expression; coefficients appear in expansions.

Numbers showing multipliers in expansion.

process of writing the power of a binomial as a sum.

Combination count formula.

Mirror-like similarity on opposite sides of the row.

Outer values at each end.

Value at the ends of each row in the triangle.

Value representing nothing.

Central position in a row.

Line running from corner to corner.

Three-sided geometric figure.

French mathematician who studied probability.

Line of numbers in a grid.

Two-term expression; coefficients appear in expansions.

Numbers showing multipliers in expansion.

process of writing the power of a binomial as a sum.

Combination count formula.

Mirror-like similarity on opposite sides of the row.

Outer values at each end.

Value at the ends of each row in the triangle.

Value representing nothing.

Central position in a row.

Line running from corner to corner.

Three-sided geometric figure.

French mathematician who studied probability.

Line of numbers in a grid.

Two-term expression; coefficients appear in expansions.

Numbers showing multipliers in expansion.

process of writing the power of a binomial as a sum.

Combination count formula.

Mirror-like similarity on opposite sides of the row.

Outer values at each end.

Value at the ends of each row in the triangle.

Value representing nothing.

Central position in a row.

Line running from corner to corner.